FACULTY OF ENGINEERINGGRADUATE SCHOOL OF ENGINEERING

KOBE UNIVERSITY 2011
■ ARCHITECTURE■ CIVIL ENGINEERING■ ELECTRICAL AND ELECTRONIC ENGINEERING■ MECHANICAL ENGINEERING■ CHEMICAL SCIENCE AND ENGINEERING■ COMPUTER SCIENCE AND

SYSTEMS ENGINEERINGMESSAGE

A DMISSION P OLICY ………………………………………… 4
S TUDYING ……………………………………………………… 5
D EGREE P ROGRAM ………………………………………… 6
F ACULTY / G RADUATE S CHOOLOF E NGINEERINGW ELCOME TO GRADUATE S CHOOL/ FACULTY OF E NGINEERING

technology has developed very rapidly, in
M odern
particular, in the fields of new functional material
creation, innovation in production engineering, upgradingof information and communication technology, andassessment and management of the human environment.
Research in these areas requires leading-edge facilities.
The six departments (Department of Architecture and Civil
Engineering, Department of Electric and Electronic
Engineering, Department of Mechanical Engineering,
Department of Chemical Science and Engineering, andDepartment of Computer Science and Systems
Engineering) are equipped with unique research facilities
which are also available for educational purposes.
t present, 1000 overseas students study at
Kobe University; 270 out of them are either in
Graduate School and Faculty of Engineering. Human
resources development from a global perspective is oneof the policies of Kobe University. It is also one of themost important aims of us. The Faculty offers an excellent
research and education environment and heartily
welcomes students who wish to take on the challenge of
exploring new corridors and fields in engineering.

Dean,
Graduate Schoolof Engineering
Professor
Matsuto Ogawa

8
CIVIL ENGINEERING ………………………………… 10
ARCHITECTURE

ELECTRICAL AND ELECTRONICENGINEERING ………………………………………… 12
MECHANICAL ENGINEERING …………………… 14
CHEMICAL SCIENCE AND
ENGINEERING ………………………………………… 16
COMPUTER SCIENCE AND
SYSTEMS ENGINEERING ……………………… 18

AG

raduate School/ Faculty of Engineering of Kobe
University has developed a very wide spectrum ofeducation and research in the fields of natural science
ranging from basic science to applied engineering. In
order that the results of engineering research should be
returned to benefit human society, the Faculty aims at
educating engineers and researchers who have a dual
focus on both basic and applied aspects of engineering.

………………………………………

A CCESS / C AMPUS M AP ……………………… 20

HISTORYF ACULTY OF E NGINEERING

T growing out of the former Kobe Technical College, Engineering, Electrical and Electronic Engineering,he Faculty of Engineering was established in 1949,

The Faculty now has six departments: Architecture, Civil

which was originally established in 1921. Since then, theFaculty has contributed to the development of modern
industrial society in the latter half of the 20th Century
through its education and research. The aim of theFaculty in the new millennium is to educate future
researchers and engineers to be able to contribute to thewelfare of humankind through cutting-edge technologies.

Mechanical Engineering, Chemical Science andEngineering, and Computer Science and Systems
Engineering, each of which consists of several divisions
areas dedicated to the specific purposes of education andresearch. Approximately two-thirds of students continue
on to Master's program for higher education.

G RADUATE S CHOOL OF E NGINEERING

T in April 2007 as an educational and research institute s c i e n c e , e n e r g y , r o b o t , s a f e t y e t c . ) , t h e s e f i v e2

he Graduate School of Engineering was establishednanomaterial, information and telecommunication, life

aimed at providing engineering knowledge, fundamental
and applied technologies directly related to a symbiosis
and sustainable development of society, reorganizing of
the Graduate School of Science and Technology which
was established in 1981. The Graduate School ofEngineering offers a consistent educational system fromundergraduate to graduate school.
The Graduate School of Engineering offers the following
five departments in both Master’ s and Doctor’ s Degree
Programs: Architecture, Civil Engineering, Electrical andElectronic Engineering, Mechanical Engineering, Chemical
Science and Engineering. By Covering a wide range ofinterdisciplinary academic fields (environment,

departments will create new technologies for the
betterment of the society.
The Graduate School of Engineering offers the following
six departments in both the Master's and Doctor's Degree
Program: Architecture, Civil Engineering, Electrical andElectronic Engineering, Mechanical Engineering, Chemical
Science and Engineering, Computer Science andSystems Engineering. By covering a wide range ofinterdisciplinary academic fields (environment,
nanomaterial, information and telecommunication, life
science, energy, robot, safety etc.), these six departments
will create new technologies for the betterment of thesociety3

ADMISSIONS POLICYF ACULTY OF E NGINEERINGW Engineering, we seek to nurture the researchers understand their foundation and major concentration
ith six courses of study in the Faculty of

To ensure that students are able to comfortably

and engineers who will open the path to the next
generation. Students perform original and advanced workon the international stage, in addition to understanding
the basic learning essential in each cutting-edge
technological and scientific field. After graduation, theroad to move forward to studies at the Graduate Schoolof Engineering is wide open, allowing students to cultivate
an even higher level of expertise and obtain the abilities
needed for self-motivated research and development.

courses after admission to the faculty, students must be
equipped with an extensive range of basic knowledge andthoroughly understand the different subjects on thedesignated Center Examination and the individual
examinations which serve as the faculty's entrance
selection examinations. The Faculty of Engineering at
Kobe University cherishes those people with lively
curiosity and inquisitive minds with a critical nature
towards those things that cannot be understood merely
by applying common sense, and we offer an environment
where these traits can be taken full advantage of. The
faculty welcomes all who are full of the desire tocontribute to the harmonious co-existence of the natural
world and human society in the near future, throughscientific and technological fields.

since students can choose to go abroad
M oreover,to study for a fixed period at overseas universities
with partner relationships with the faculty througheducation and research, we have created a system toenable students to gain an international viewpoint at thesame time as they study in their chosen field of expertise.

G RADUATE S CHOOL OF E NGINEERING

A admission differ depending on the homeland3)Applicants having logical thinking abilities andpersuasive power when presenting the results ofresearch and in similar situations4)Applicants having ethical standards and the ability tounderstand and question the effects of technology onsociety5)Applicants having a clear awareness of their future
direction (becoming researchers or professionals with ahigh level of expertise)6)Applicants with a strong desire to acquire evenhigher-level and more advanced knowledge andtechnology among professionals who already have agreat deal of experience in the world

lthough policies and standards for student

organization of those students wishing to enter the
Graduate School and the major or field welcoming thestudent, we have drawn up the following common
guidelines for prospective students.

1)Applicants displaying enthusiasm for clarifying theprinciples behind natural phenomena, as well as
application and development of technology, and having
a strong desire to discover their own problems andattempt to resolve them2)Applicants equipped with creativity and practicalabilities

STUDYINGF ACULTY OF E NGINEERINGU Engineering are expected to obtain an extensive strong engineering ethical standards. After passing theniversity students enrolled in the Faculty of

Kobe University endeavors to instill in our engineers a

education and fundamental knowledge, and be able todevelop technology with an eye on the future of humanity.
To this end, we believe our students, with their youthful,flexible intellects, need to be able to study freely andindependently to become full-fledged members ofsociety, while getting a feel for the advanced, high-leveltechnology around them. While about 70% of Faculty ofEngineering students go on to graduate school after
completing the undergraduate program, graduates who
leave us directly for the business world do not necessarily
proceed in their own field of study, but rather advance ina wide variety of different fields. Taking this into
consideration, we have prepared a range of course
subjects, with the aim of training generalists in manydiffering fields. Along with strong grounding in the fields ofthe core curriculum, which is based on the central fieldsof study in Engineering, the Faculty of Engineering at

graduate research examination in the fourth year,
students are awarded a Bachelor's degree.

G RADUATE SCHOOL

A p a r t o f t h e g r a d u a t e p r o g r a m a n d t h e n t h e into basic knowledge and the student's specialization.
t graduate school, students first do the coursework

education and research that stresses original research

dissertation-writing phase of the doctoral program.
September 2007 saw the reorganization of the existing
Graduate School of Science and Technology and the startof its new incarnation. In addition to systematicallydeveloping a consistent educational program from thestart of undergraduate studies until the completion of
graduate work, the Graduate School of Engineering
also looks to present a fundamental way of thinking for

The framework of the Graduate School of Engineering's
educational program is a curriculum of engineeringcourses thoroughly covering the traditional areas ofengineering scholarship, including a rich variety of
programs (program course , multiple major course,
cooperative education programs) to enhance the level ofgraduate school education.

Number of Faculties

INTERNATIONAL ACTIVITIES AT THE KOBE
UNIVERSITY GRADUATE SCHOOL OF
ENGINEERING AND FACULTY OF ENGINEERING(As of May 1, 2010)
Professors
Associate Professors

Total

Assistant Professors
Research Associates
Faculty of Engineering

65

32

9

174

Total of Kobe Univ.

531 506 238

34

1,309

68

K exchange agreements with other educational and university.

overseas university will be accepted at their homeobe University has concluded several academic

research organizations at universities overseas, either
between the universities themselves or between
departments. We then work together on joint research,
exchanging teaching staff, students and information infields of mutual academic and educational concern. For
student exchanges, we have put into place detailed
agreements on the mutual non-collection of tuition andother fees, and students can go on exchange with theknowledge that course credits they obtain at their

B

Based on these set programs, many students fromthe Graduate School and Faculty of Engineering go
abroad to study at the partner universities, under a credit
transfer system for the course credits these students
obtain at their overseas universities. We also accept anumber of exchange students coming from overseas topursue their studies in the international atmosphere of thecity of Kobe.

4

Number of Students(As of May 1, 2010)
Undergraduate Students

Graduate Students

Intl. Students

Intl. Students

Faculty of Engineering

2,447

(325)

45

(13)

1,047

(127)

117

Total of Kobe Univ.

11,924(4,036)

198

(92)

4,822

(1,506)

948

Total

(40)

3,494

(509)

16,746( ) : Number of female students

5

DEGREE PROGRAMMASTER'S D EGREE P ROGRAM

STRUCTURE AND DIVISIONS
Faculty of Engineering /Graduate School of Engineering

T research is dedicated to cultivate human resources

further development and deepening of theundergraduate engineering courses.
▶Education in the area of integrated engineering with anumber of advanced courses for interdisciplinary
engineering education.
▶Fostering of human resources educated throughmulti-major course (a major and several sub-majors).
▶Medical Engineering Course for people who hold a fulltime job. (Master program to foster core humanresources for manufacturing)he Graduate School of Engineering's education andwith a wide range of knowledge in their specialized field,
and interdisciplinary perspectives. The school especially
focuses on fostering researchers and highly specialized
professionals who are rich in creativity, and possess
multifaceted perspectives. Students are granted a
Master's Degree in Engineering when they complete thisprogram.
▶Highly specialized main courses established throughDepartmentsF

be granted upon completion of the program.
▶A strict coursework of research for dissertation.
▶Finding problems, designing research plans,conducting research, organizing research results,
finding possible ways to solve unsolved problems andthen organizing and reporting these possibilities.
▶Fostering of human resources educated throughmulti-major course (a major and several sub-majors)

COMMON-USE FACILITIES-INTERNATIONAL S TUDENT CENTER

Kobe University. SOLAC aims to provide language-related
support to the greater University community byintroducing self-access rooms and CALL facilities forindependent study, a well as developing more effective
curricula, methodologies and teaching materials forlanguage courses. SOLAC, in addition, plays an activerole in promoting research and education at
post-graduate levels in the fields of language, culture, andcommunication.
(http://solac.cla.kobe-u.ac.jp/index-e.html)

T wide research/teaching facilities established in April
he International Student Center is one of university

1993. This Center provides international students witheducation in Japanese language and Japanese studies. It
also offers consultations on problems encountered instudying or living in Japan.
In its aim to promote international academic exchange
programs, the Center supports overseas study forJapanese students studying at Kobe University. The local
community is very important for the International Student
Center; therefore, it is actively promoting projects tostrengthen ties between international students and localorganizations, as well as programs to help international
students improve their Japanese language abilities.
(http://www.kobe-u.ac.jp/~kisc/english/i_topics.html)-MEDICAL CENTERFOR S TUDENT H EALTH

T established in April 1970. Services provided by the
The Medical Center for Student Health wasCenter include annual medical checkup for all students
and staff, special checkups for X-ray and/or radioisotope
users, as well as new overseas students. Emergency
medical treatment is also available. There are doctors andnurses as well as counselors to provide consultation oradvisory service on physical and mental problems.
(http://www.kobe-u.ac.jp/medicalc/index-j.html)-S CHOOL OF LANGUAGES AND
C OMMUNICATIONThe School of Languages and Communication(SOLAC) was established in October 2003 in
response to a call for more international communication at

Education/Research Fields

Spatial Design

Architectural and Urban Design/ Housing and Community Design/
Structural Engineering and Design/ Building Management

Architectural Planning,
History and Theory

History and Theory of Architecture, Theory of Historical Environments/
Planning Theory of Built Environment/ Urban and Architectural Safety
Planning

Engineering of Building
Structures

Structural Performance Engineering/ Structural Control in Dynamics/
Structural Systems Engineering

Architectural
Environmental
Engineering

Planning of Acoustical and Lighting Environments/ Thermal
Environmental Planning/ Planning of Urban Environment and M&E
Services

Cooperative Division

Disaster Mitigation Planning

Engineering of Human
SafetyStructural Engineering for Urban Safety/ Geotechnical Engineeringfor Urban Safety/ Transport Systems Engineering/ GeotechnicalEngineering for Disaster Reduction/ Earthquake Disaster Mitigation
Engineering/ Disaster-prevention Engineering for River Basin

Engineering ofEnvironmental Symbiosis

Environmental Fluid Engineering/ Engineering of Hydrospheric
Environment/ Geo-environmental Engineering/ Urban Preservation
Engineering/ Urban Preservation Engineering/ Urban and Transport
Planning and Management

lectrical andElectronics
Engineering

Physical Electronics

Mesoscopic Materials/ Photonic Materials/ Quantum Functional
Engineering/ Nano-Structure Electronics/ Electromagnetic Energy
Physics

Staff 28
(10 Professors /11 Assoc. Professors )Computer and Information

Integrated Circuit Information/ Computer Engineering/ Information andCommunication Engineering/ Algorithms/ Intelligent Learning Theory

Cooperative Division

Functional Thin-Film Engineering

Thermo-Fluid and Energy

Applied Fluid Engineering/ Multiphase Thermo-fluid Dynamics/ Energy
Conversion Engineering/ Energy and Environmental Engineering

Mechanics and Physics ofMaterials

Solid Mechanics/ Fracture Control Engineering / Material Science/
Surface, Interface and Tribology

Design and Manufacturing

Complex Mechanical Engineering/ Machine Dynamics/ Computer
Integrated Manufacturing/ Intelligent Artifacts and Manufacturing
Systems/ Creative Design

Cooperative Divisions

Intelligent Production Systems/ Adaptive Function Model

Applied Chemistry

Applied Physical Chemistry/ Applied Inorganic Chemistry/ Applied
Organic Chemistry/ Applied Polymer Chemistry/ Advanced Analytical
Chemistry/ Advanced Polymer Colloids/ Advanced Molecular
Chemistry

Chemical Engineering

Catalysis and Catalytic Reaction Engineering/ Transport Scienceand Engineering / Process System Engineering/ Fluid and Particle
Engineering/ Biochemical Engineering/ Bioprocess Engineering/
Materials Processing Engineering

Chemical

Localized Reactions and Physical Properties of Materials,
Chemical Energy Conversion Process, Biofunctional Engineering,
Pharmaceutical Design and Production Engineering

Informatics

Media Informatics/ Programming Languages/ Intelligent Systems/
Artificial Intelligence/ Intelligent Software/ Intelligent Software/
Mathematics of Informatics

Information Systems

Intelligent Robotics/ Wireless Telecommunication/ Information
Photonics/ Computer System/ Processor Architecture

Systems Design

Systems Planning/ Optimum System Design/ System Control/ System
Informatics/ System Structure Analysis/ Identification Theory forDistributed Parameter Systems and Applied Functional Analysis/
Control of Distributed Parameter Systems and Nonlinear Analysis

Cooperative Divisions

Applied Systems/ Kansei and Media Art

Architecture
Staff 28
(8 Professors /12 Assoc.Professors )D OCTOR'S DEGREE PROGRAM
urther developing and deepening of courses offeredin the Master's Degree Program. This program is tofoster researchers, academic members of higher
education and research institutions, and highly
specialized professionals who are highly creative,
international-minded, and have an excellent ability toestablish, explore, and solve problems by themselves. A
Doctor's Degree, either a Dr. of Engineering or a PhD will

Divisions

Civil Engineering
Staff 16
(9 Professors /4 Assoc. Professors )MechanicalEngineering
Staff 31
(9 Professors /14 Assoc. Professors )Chemical Scienceand Engineering
Staff 29
(9 Professors /13 Assoc. Professors )*Computer Scienceand Systems
Engineering
Staff 42
(20 Professors /14 Assoc. Professors )*With respect to this department, a new Graduate School of System Informatics is established in 2010 with three departments in both
the Master’ s and Doctor’ s Degree Programs.
6

7

ARCHITECTURE

SYMBIOSIS OF ARCHITECTURE AND ENVIRONMENT, CREATION OF SAFE AND COMFORTABLE LIVING SPACE

Exercise of architectural design andplanning at studio

Practical design and fabrication of Wood-Truss,verified Strength by their own weight

Presentation of design projects

http://www.arch.kobe-u.ac.jp

Measurement of thermal environment

Exercise on drawing and painting

Listening test in anechoic room

M ESSAGES FROM FOREIGN S TUDENTS STUDYING IN THE D EPARTMENTP HILOSOPHY OF THE DEPARTMENT

A concerning the creation of housing, architectural for spatial and temporal design problems. Department ofrchitecture is eminently universal field of learning,

environmental engineering) but also to synthesize themfacilities, - basis of human life. In order to respond to both
universal and up-to-date architectural problems, it isnecessary not only to study basic fields of architecture(design and planning, structural engineering,architecture, Kobe University aims to produce talent who
can correspond synthetically to contemporary
architectural challenges by educating with specialty andsynthesis.

C ONTENT OF THE E DUCATIONU

environmental engineering. And at the same time, training
for deducing specific answer to spatial and temporaldesign problem.
Doctoral program aims at construction and cultivation oftheory associated with design and planning, structural
engineering and environmental engineering to produce
international talent who provides sophisticated special
knowledge.

ndergraduate program starts with liberal arts andbasic subjects on natural and information science,
succeeded by basic and applied subjects of architecture
extending over design and planning, structurale ng ine e r ing a nd e n v i ro n m e n t a l e n g i n e e ri n g, andcontinues to synthetic and practical spatial design
education.
Master program aims at acquirement of higher knowledgeof design and planning, structural engineering andS TRUCTURE AND D IVISIONS-S PATIAL DESIGN DIVISION-E NGINEERING OF
B UILDING S TRUCTURES DIVISION

Synthetic and practical education and research forthecreation of space:
Architectural and Urban Design, Housing andCommunity Design, Structural Engineering and Design
Building Management

Education and research for the safety of buildings in
the case of earthquakes, improvement of building
materials and structural systems:
Structural Performance Engineering, Structural Control
in Dynamics, Structural Systems Engineering-ARCHITECTURAL P LANNING, HISTORY AND
THEORY DIVISION-ARCHITECTURAL E NVIRONMENTALE NGINEERING DIVISION

Basic education and research of the architecturaldesign:History and Theory of Architecture, Theory of Historical
Environments, Planning Theory of Built Environment,
Urban and Architectural Safety Planning

Education and research on analysis, control andplanning of architectural and urban environment:
Planning of Acoustical and Lighting Environments,
Thermal Environmental Planning, Planning of Urban
Environment and M & E Services

MIAO DA FU 【from China】
I was interested in architecture before coming to Japan.
I applied to Department of Architecture in Kobe
University, which has a long history and has produced
many talents. When I entered, I sometimes became
nervous. However, I have had a happy school life thanks
to friendly Japanese students and kind teachers &staffs. In the specialized subjects, I could touch theknowledge that I did not know so far and they were verystimulating. It is unforgettable how I was pleased when I
designed my first architectural presentation with myideas. At the same time, the experiments andsimulations shown in the classes on structural &environmental engineering were very interesting. After I
belonged to a laboratory at fourth grade, I took part inmany seminars, discussions and investigations, anddeepened my academic interests. Of course, not only
study. Kobe University has many chances of
exchanging with foreign students. I made friends withmany persons. This is a very blessed environment toenlarge visions through touching other cultures. My four
years in Kobe was very massive. I enter the mastercourse of Kobe University to raise my technicalknowledge more. Interesting classes, charming
professors, and above all, fun of architecture whichenables to express dreams as a shape … Don't you
realize your dreams in Department of Architecture in
Kobe University?

R ESEARCH T OPIC

Experiment on semi-rigid composite Experimental roof forconnection
surface cover technology ofurban structure in Kobe University(Study on Composite
Structures by Assoc. Prof. Ohtani)

8

FARAMARZ RAHIMINIA 【from Iran】
I had always dream of continuing my educationin Japan which is leader in the field of earthquake
resisting structures. It is a very valuable
experience for me to be involved as a PhD
candidate in steel structure laboratory in thearchitectural department of Kobe University. I
enjoy living in Japan with my family whiledeveloping my skills in the academic filed.

ABDUL MUNIR 【from Indonesia】
It is a great educational experience for me to
be a graduate student in Kobe University,
which has very well organized academic
activities and very good official services. I
enjoy the academic atmospheres in thecampus as well as the daily life in Japan, as abeautiful country, with generous and friendly
people, and rich of cultural values. Thanks to
Kobe University for this opportunity.

(Study on urban thermal environment by
Assoc. Prof. Takebayashi)

9Temporary housing model
made of bamboo andplaster on a disaster area of
the Central-Java earthquake(Study on reconstruction processes
by Environmental Planning& Design Lab.)CIVIL ENGINEERINGNEW CIVIL ENGINEERING TOWARDS SAFETY AND SYMBIOSIS OF URBAN AND REGIONAL SYSTEMS

http://www.shimin.eng.kobe-u.ac.jp
Field survey for saving human
lives from natural disaster

SAFETY

Risk management seminar for
preventing damage spreading

NATURE

SOCIETYP HILOSOPHY

C

lifetime management and revival of city facilities. We
admit students’ ambitious to become the pillars of public
service needed in our society, and we develop them into
individuals with broad academic background withspecialist knowledge and high level practical skills.

ivil Engineering aims at creating a safe society inha r m o ny w i t h t h e e n v i ro n m e n t , t h ro u gh t heconstruction and preservation of the infrastructure. Civil
Engineering Education help us create urban and regional
environment safe from natural and social disasters, andlive in symbiosis with nature, through preservation,

E DUCATIONAL CONTENT

S a n d r e g i o n a l a r e a s a r e c o m m o n i n t e r e s t s area covers a wide range in the fields of disasterolving safety and environmental problems in urban

environmental aspects of the modern society. The study

worldwide. "New civil engineering in the 21st century"
focuses on various new engineering aspects while
enjoying a well-built and established base of civilengineering. The program also emphasizes on public
participation and international cooperation.
Courses offered to the students of undergraduate,
master's and doctoral levels enable them to have deep
knowledge and understanding the safety andprevention and mitigation, environmental assessment andprotection, infrastructure planning and management andgeotechnical and structural designs. Students who like tomake their career in public services at global or local
levels, are welcome. Currently, we have more than 10
overseas students from China, Korea, India and othercountries

C ONSTITUTION

C supported the civil society ever since Roman times. Human Safety and Security Engineering section does
ivil Engineering is a diverse academic field, and has

Environmental Symbiosis Engineering section. The

In the core of the curriculum are the Civil Engineering
subjects, complemented by subjects dealing withenvironmental considerations, the status quo of public
facilities reflecting public opinion, as well as theinternationalization of design codes and standards.
The Department of Civil Engineering consists of the
Human Safety and Security Engineering section and theteaching and research about urban safety against natural
disasters and social disasters such as terrorism andaccidents. The Environmental Symbiosis Engineering
section does teaching and research about creation ofurban and regional environment living in symbiosis withnature, as well as the preservation, lifetime management
and renewal of city facilities.

R OLE OF PUBLIC SERVICE
1)Safety and security: Save us from natural disaster suchas earthquakes and floods and provide safe and secureliving environment2)Natural symbiosis: Improve infrastructure symphonicwith natural environment and hand the good global
environment to future generation

Field survey for designing
environmentally-balanced life

SYMBIOSIS

Design exercise of urban systemwith minimized load
to earth environment

M ESSAGE FROM OVERSEA STUDENT
HAMID S AFFARI 【Ph.D. Student, from Iran, 2008-2011】
students by many activities like seminars, class
I would like to say congratulations to you all were
presentations and so on. Meanwhile you study at Kobe
accepted in Kobe University. Study in Kobe University
University, you can participate cultural activities, sport
has several good aspects as quality of study, cultural
teams or music training. You would have nice times
programs, beautiful campus and city. Kobe University
visiting Kobe city's sightseeing as bazaars, mountainhas been well known not only in Japan but also inresorts, ropeways, beach, museums and many otherinternational academic society. In case of me, myplaces. I think Kobe city is one of few cities which has
professor in Iran had been graduated in Kobe University
complex of natural beauties and industrial scenes.
so he recommended me to continue my doctoral
Spread transportation system containing trains, buses,
program in Japan, at Kobe University. There are kind
rapid train and near access to airport makes Kobe city
professors in several departments who try to educate
unique for life and study!
the students as well conducting the progressive future
for the country and society. They try to improve their

R ESEARCH T OPIC(EARTHQUAKE DISASTER MITIGATION ENGINEERING)

E safe and reliable lifeline systems, that is, those performance of the systems. In this regards, several
ngineering community has long worked to build

implementing measures to improve earthquake

systems necessary to provide electric power, natural gas,
water and wastewater, and transportation facilities andservices that are essential to the well being of thecommunity served by these systems. Providing lifeline
system function is especially important in assisting rapid
recovery following natural hazards. Engineering
approaches to limiting damage to lifeline systems fromnatural hazards have developed specifically for individual
natural hazards and individual types of lifeline systems.
Division of Earthquake Disaster Mitigation Engineering has
contributed to identifying lifeline system risks andactivities are carrying out as follows: performing fieldsurveys on seismic damage of lifeline systems during
each ear thquake; elabor atio n an d v erif icatio n o f
underground conduit analysis; development of models
and methods for reliability analysis of large networks andsystems for business interruption analysis; emphasis on
measures for lifesaving systems; implementation of an
overall seismic mitigation evaluation considering disasterprevention investment in community, economy, and social
activity according to function damage of lifelines.

3)Community collaboration: Create urban and regional
space with great individuality involving publiccomments4)International cooperation: Support developments ofoversea society with infrastructure improvement anddisaster relief
Field surveys on lifeline damages
10

Seismic mitigation prioritizationin lifeline systems
11

ELECTRICAL AND ELECTRONIC

HARDWARE AND SOFTWARE ENGINEERS/RESEARCHERS FOR HIGH INFORMATION SOCIETY

Sputter deposition system

LSI layout design of CAD system

Experimental arrangement
for new materials

C ONCEPT

ENGINEERING

http://www.eedept.kobe-u.ac.jp

Face recognition system

Multi-slot antenna andmicrowave plasma generator

M ESSAGE FROM INTERNATIONAL STUDENTI

Engineering basically offers the balanced interdisciplinary
core subjects and studies on both education and researchin the state-of-the-art scientific and technological fields ofPhysical Electronics, Computer and Information
Engineering, and Functional Thin-Film Engineering.

n recent years, Electrical and Electronic
Engineering/Technology has been more expanding
with a rapid advancement in all engineering disciplines
which inherently embrace an ever-widening range ofacademic and professional programs. From a global pointof view, the Department of Electrical and Electronic

E DUCATION

T research core courses in the department of electrical the sectionalized major education and research programs.
he characterized and professionalized education andresearch project works, which are mainly concerned withand electronic engineering are specifically classified into
two balanced academic divisions; Physical Electronics
and Computer and Information Engineering. Division of
Physical Electronics offers the scientific and technologicaleducation as well as the interdisciplinary and frontier

Division of Computer and Information offers the scientificand technological education as well as the sophisticatedhardware and software research project works which areassociated with the sectionalized education and research
programs.

S TRUCTURE

P e d u c a t i o n a n d s e c t i o n a l i z e d r e s e a r c h o n the specialized education and sectionalized research on
hysical Electronics Division covers the specialized

Computer and Information Engineering Division includes

electromagnetic field and waves, solid-state physicalengineering, quantum physics and electronics, electricaland electronic material science, semiconductor
electronics, sensor devices, nanoelectronics, photonic
devices, surface physics and electronics,
super-conducting physics and electronics, optics andoptoelectronics, high-energy physics, plasma electronics,
and bio-science and engineering in addition to suchfundamentals as applied mathematics, physics, chemistry
and mechanics.

electric and electronic circuit theory, integrated circuitdesign and systems, computer and communication
systems, wearable computing, ubiquitous and ad-hoc
network, information network, information transmission,
information theory, coding theory, data compression,
digital broadcasting, information and network security,
data structures and algorithms, graph theory, software
design, image processing, control engineering,
optimization theory, pattern recognition, fuzzy theory andneural networks, intelligent machines.

FADIAH ADLINA B INTI M.GHAZALI 【from Malaysia】
It has been a great opportunity to earn my bachelor andmaster degree at Kobe university with the guidance andhelp from dedicated and highly acclaimed professors inmaterial mesoscopic laboratory and EE department.
Pursuing my research here in plasmonics has given me
the chance to use high-tech laboratory facilities andattend international conferences, which has definitely

R ESEARCH T OPIC: D EVELOPMENT OF PLASMONICS( D IVISION OF P HYSICAL E LECTRONICS, M ESOSCOPIC M ATERIALS L ABORATORY)

B glasses in churches are generated by metallic fineeautiful colors of glass ornaments and stained

particles embedded in the glasses. Such coloring
phenomena are due to the absorption of light by collective
oscillation of free electrons in the fine particles, calledsurface plasmons. When metallic nanostructures are
illuminated, surface plasmons are excited and giant
electromagnetic fields are induced in the vicinity of thesurface. Plasmonics utilizes such giant electromagnetic
fields to realize high-performance optical devices
including various sensors. In our laboratory, we are
studying the enhancement of light emission fromsemiconductor nanocrystals and dye molecules in thepresence of metallic nanostructures. The figures show theenhancement of photoluminescence from Rose Bengal
molecules caused by gold particles.

I NTERNATIONAL P ROGRAM

A with overseas universities and institutions, our international environment on campus. Some labs
ccording to the academic exchange agreements

Korea, Malaysia, etc. enrich the academic anddepartment is conducting intensive exchanges foreducation and research. Every year, foreign students fromcooperate with research institutions of USA, Germany,
New Zealand, Korea, England, France, etc.

12

expanded my horizon in so many levels. It is a wonderfulexperience to mix with Japanese students, learn thelanguage and interesting culture. Kobe University has by
far the most beautiful location beneath mount Rokko
and overlooking seaview of Kobe port. Kobe has many
foreigners and is not too crowded. I think Kobe is one of
the best cities in Japan to live.

13

MECHANICAL ENGINEERINGA CHALLENGE TO THE MONOZUKURI INNOVATION

http://www.mech.kobe-u.ac.jp

C ONCEPT

M development for more than two centuries ever since the industrial revolution. Such development of machinery

echanical Engineering has been progressing as a basic discipline contributing to modernization and economic

industry based on mass production/consumption, however, causes the global environmental problems, such as global
heating and deficiency of natural resources. Mechanical Engineering is now required to solve these problems by
developing technologies for CO2-reduction, energy saving, and alternate recourses and must aim at “sustainable
manufacturing (MONOZUKURI)”, assuming recycle/reuse and aging societies. To cover such diverse target domains,
our department will not stay in the conventional mechanical engineering domains but make a continuous challenge
towards “MONOZUKURI Innovation” by collaborating with various different areas including biology, medicine, welfare,electric and electronics technology, and information and communication technology.

E DUCATION

Fig.1 Applied Fluid Eng

O become an engineer who can solve even newly specialized research fields are also given. Students at theur educational goal is to train the students as toand advanced courses in engineering. Lectures in various

faced problems by taking the initiative and cooperatingwith others. For this purpose, the curriculum is planned tostart from basic aspects and proceed to advanced
applications. Our educational programs cover lectures onbasic engineering，workshop practices, design seminar

4th grade study their graduation theses under theguidance of faculty staff. Currently, over 70 ％ ofundergraduate students proceed to the graduate school
and continue their studies.

S TRUCTURE AND D IVISIONST The department is producing many leading engineers in mechanical engineering. The department has three
he department of Mechanical Engineering was established in 1921, one of the oldest department in the University.

divisions: Thermo-fluid and Energy, Mechanics and Physics of Materials, Design and Manufacturing. Research
programs are offered in 13 fields.

-DIVISION OF THERMO-FLUID AND ENERGY

materials by designing specific features of surfaces andof "solid mechanics", "fracture control engineering","materials science" and "surface, interface andtribology".

Towards effective use of energy and bettering theenvironment，education and research are conductedfrom both elemental and system aspects. Reliable
thermo-fluid-energy machineries and highly efficientenergy conversion systems are being developed bytheoretically, experimentally, and numericallyinvestigating complex mechanisms governingthermo-fluid phenomena.

Fig.2 Surface and Interface

R ESEARCH T OPICS-DIVISION OF THERMO-FLUID AND ENERGY:

well as their atomic masses. The design of carbon
nanotube field emitter devices is one of the researchtargets.

Figure 1 shows the Aeolian tone generated from acylinder placed in a uniform flow. The detailed
structure of the sound wave is clarified by direct
numerical simulations of the unsteady motion of fluids
using the lattice Boltzmann method.

-DIVISION OF DESIGN AND MANUFACTURING:
Figure 3 show a multiprobe cantilever array
independently driven by MEMS thermal actuators for a
new parallel nanolithography system. This device allows
creating patterns on main-chain-decompositiontype EB
resist film, and nanopatterns with a minimum line widthof 50 nm were successfully formed in air.

-DIVISION OF MECHANICS AND PHYSICS
OF MATERIALS:
Figure 2 shows the AP-FIM (Atom Probe Field Ion
Microscope) to observe individual surface atoms as

Other research topics-DIVISION OF DESIGN AND MANUFACTURING
The mission of this division is to establish engineeringsolutions required for developing active but sustainable
next generation social systems from the viewpoints ofdesign, manufacturing, operation, and reuse/recycle ofartifacts. Towards this goal, we are conducting
education and research on system analysis anddesign, intelligent robots, control theory, emergent
systems, and next-generation manufacturing
technologies that cover wide range of phenomena in
micro and macro levels, such as machine elements,
mechanical systems, and social systems.

-DIVISION OF MECHANICS AND PHYSICS
OF MATERIALSThe mission in this division is to promote research andeducation on multi-scaled analyses and experimental
evaluation of structures and machine components,characterizations of mechanical, physical and chemical
properties of materials, and formations of advanced

MASSAGE FROM I NTERNATIONAL STUDENTCOI J I S UN 【Undergraduate student from Korea】
Studying in Kobe University brought me wonderful
memories. I made my choice to study in Kobe
University because of its internationality, and it
turned out to be a right choice. Teachers and friends
are very kind, so I could study with a peace of mind.
There are tutors who support international students
in their studies. When I was a freshman, the tutors
were very helpful to me.

14

Fig.3 Intelligent Artifacts and Manufacturing System

Kobe University has many circles and clubs. I
enjoyed my participation in the glider club and met
many people that I value very much. Here is a placethat I could realize my long-thought dream. Now
I’ m in the fourth grade and doing research activities
freely. I hope to continue on to the Master's
program for higher education in this wonderful place.

15

CHEMICAL SCIENCE AND ENGIN EERINGTHE DEPARTMENT OF CHEMICAL SCIENCE AND ENGINEERING - HELPING THE DREAMS OF THE 21ST CENTURY

COME TRUE

http://www.arch.kobe-u.ac.jp

C ONCEPT

T Science and Engineering is to foster the next microscopic and molecular level, addition of specifiche overall mission of the Department of Chemical

cover the fields of fundamental chemical science on thegeneration of researchers and engineers in the chemistry
fields on a global scale by education and research tomeet the needs of industry and society in general. The
research and educational activities in our department

functionality to chemicals and materials, engineering
applications of biofunctional materials and processdevelopment in industrial scale material production.

E DUCATION

I and innovations have resulted in rapid and marked be able to analyze and synthesize chemicals, and ton recent years, significant technological developments

to a wide range of chemical products and processes, tochanges in the way highly functionalized chemicals andmaterials are produced, as well as in thechemicals/materials themselves. Thus, it is essential forthe future chemical researcher not only to have a soundfundamental knowledge of chemistry, physics, andbiology from an engineering viewpoint, but also to havethe skills and ability to apply this knowledge with respectdesign environmentally friendly chemical and biochemicalsystems. In this vein, the mission of the Department is toprovide the students with the skills required to satisfy theneeds of the chemical industry and the society in general
as chemical researchers and engineers, with an emphasis
on fundamental science, analysis, applications andcreativity.

O RGANIZATION

0 Division of Applied Chemistry and the Division of Engineering include development of useful materials andur department consists of two divisions: The

Research/education in the Division of Chemical

Chemical Engineering. Research/education within the
Division of Applied Chemistry include generation offunctionality of chemicals and materials and elucidation of
mechanisms involved, as well as development oftechniques for new material production fromatomic/molecular level to nano/meso/macro levels to
attain a wide range of functionality on a macroscopic levelby accumulation of molecules into novel materials.

reaction catalysis, establishment of controlled processes
involving reaction and mass transfer and development of
new production processes based on the clarification ofinteraction between molecules, functionality ofbiomaterials and energy and mass transport phenomena.
The ultimate goal is the development of new production
processes with both high efficiency of material and energy
and low environmental impact.

I NTERNATIONAL A CTIVITIESe Department of Chemical Science andKiel (Germany) in 2006 as well as Texas University in
T hEngineering
at Kobe University has played a leading
Austin (U.S.A.) in 2007 in order to establish ourrole in the establishment of a world-wide academic andeducational network of chemical scientists and engineers
for global sustainability, focusing on production of novel
materials and development of chemical production
processes with reduced environmental impact. Several
faculty members visited Christian-Albrechts University incollaboration with researchers at these universities.
Additional related activities include the organization of aninternational workshop on Development of Novel
Functional Materials and Production Processes with
Reduced Environmental Impact in 2006, with participation
by Asian and Australian scientists.

D IVISION OF A PPLIED CHEMISTY-CX-1 APPLIED PHYSICAL CHEMISTRY-CX-2 APPLIED INORGANIC CHEMISTRY▶ Y.Ueda, K.Ishida, M.Misaki, Y.Koshiba▶ M. Mizuhata, A. Kajinami, I. Ayabe

Advanced functional
materials based on
physical/analytical/
quantum chemistry.
Preparation andcharacterization oforganic thin films andinorganic fineparticles, basic research of molecular nano-technology
and development of organic semiconductor lasers.

Structure/properties of highly concentrated solutions,analysis and application of heterophase effects.
Preparation of metal nanoparticles and metal oxide thinfilms based on inorganic materials chemistry andelectrochemistry.

-CX-3 APPLIED ORGANIC CHEMISTRY▶ A. Mori, E. Okada, Y. Kamitori, A. Sugie
Synthesis, reactions and structures of novel organic
compounds and molecular orbital calculations.
Synthesis and evaluation of biologically active

16

effects and hydrophobic interactions in complex
formation of phosphates for development of novel
materials.

compounds for medical and agrochemical purposes,
and development of new functional heterocyclic
compounds.

-CX-4 APPLIED POLYMER CHEMISTRY-CX-6 ADVANCED POLYMER COLLOIDS▶ T. Nishino, M. Kotera▶ H. Minami, T. Suzuki

Microstructure andmechanical, surface andthermal properties ofpolymeric materials towards
production of highperformance polymer
materials and polymer
composites.

Preparation of intelligent polymer particles using
environmentally friendly heterogeneous radical
polymerization processes. Precise design of smart
polymer particles based on colloid chemistry.

-CX-7 ADVANCED MOLECULAR CHEMISTRY▶ T. Takeuchi, T. Ooya

Design and synthesis of functional supramolecularmaterials by tailor-made molecular assembly using
intra- and/or intermolecular interactions, which possess
molecular recognition ability, catalytic activity, and otherbiomimetic functionalities.

-CX-5 ADVANCED ANALYTICAL CHEMISTRY▶ H. Nariai, H. Maki

Synthetic methods, specific reactivity, structural
specificity, surface physical properties, polyelectrolyte

DIVISION OF CHEMICAL E NGINEERING-CX-8 CATALYSIS AND CATALYTIC
REACTION ENGINEERING-CX-12 BIOCHEMICAL ENGINEERING▶ A. Kondo, C. Ogino, F. Matsuda,T. Hasunuma,

T. Tanaka▶ S. Nishiyama, Y. Ichihashi, N. Kumagai

Development of efficient bioprocesses using enzymes,
antibodies, microbial, insect,and animal cells by
application of molecularbiotechnology, enzyme
engineering, industrial
microbiology, cell culture
engineering, and immobilizedbioreactor technology.

Utilization and application of catalysis with regards toenvironmental/energy problems and industrial chemical
processes. Selective oxidation, catalyst reduction andphotocatalysis for energy/resources conservation.

-CX-9 TRANSPORT SCIENCEAND ENGINEERING▶ N. Ohmura, H. Imakoma, T.Horie

Utilization and application of catalysis with regards toenvironmental/energy problems and industrial chemical
processes. Selective oxidation, catalyst reduction andphotocatalysis for energy/resources conservation.

-CX-13 BIOPROCESS ENGINEERING▶ H. Yamaji,T. Katsuda

Development of production/
separation processes basedon biological functions,production methods of
biofunctional materials in cell
culture, bioremediation by useof microorganisms, andutilization of biorecognition between biomolecules for
purification and high sensitivity detection methods.

-CX-10 PROCESS SYSTEM ENGINEERING▶ S. Matsuo

Process Systems Engineering (PSE) aimed atdevelopment of methodology for sustainable production
as a means of solving environmental problems,
focusing on process control and chemometrics.

-CX-11 FLUID AND PARTICLE ENGINEERING-CX-14 MATERIALS PROCESSINGENGINEERING▶ H. Suzuki, Y. Komoda▶ H. Matsuyama, T. Maruyama, T. Sotani
Application of membrane-based separation technology toenvironmental protection and drinking-water production.
Development of new separation techniques using
molecular recognition of biomolecules.

Rheological characteristics of complex fluids such as
non-Newtonian fluids, suspensions etc. Energy saving
air-conditioning systems, highly efficient mixing
systems and highly efficient functional thin films.

17

COMPUTER SCIENCE AND SYSTE MS ENGINEERINGREALIZATION OF INTELLECTUALIZED NOVEL INFORMATION SYSTEMS― TOWARD AN ACTUALIZATION OF CREATIVE PROCESSES ―http://www.arch.kobe-u.ac.jp

Computer and Systems Laboratory and Practice

C ONCEPTSTRUCTURE AND DIVISIONSD-THE DIVISION OF INFORMATICS

epartment of Computer Science and Systems
Engineering is devoted to such themes as "pursuitof creative process through intelligence" and "creation of
the next generation intellectualized information systems".
The department aims at one of the newest academic
disciplines by integrating not only the fields of computerscience and information technology, but also various
scientific and engineering fields including electronics,
mechanical engineering, life science, social science, andso on. The multi-disciplinary nature of computer scienceand systems engineering offers an exciting challenge forstudents thinking of embarking on a career in almost allscientific and engineering fields as well as information

The Division of Informatics is responsible for education
and research on computer science, information
processing, and applied informatics. The current research
activities cover a wide range of subjects, including
information media, programming language, intelligent
systems, artificial intelligence, intelligent software,mathematical information science, and art media
engineering.

technology fields in advanced and more computerizedsociety.

-THE DIVISION OF INFORMATION SYSTEMSE DUCATIONThe Division of Information Systems is responsible foreducation and research on core technologies foradvanced information processing and intellectualized
information systems. The research projects cover awide range of subjects, including intelligent robotics,
wireless communication, information photonics,
computer systems, and processor architecture.

T exploration of education and research relating to and robotics. All senior students are engaged in researchhe course structure aims at the wide and deep

advanced such as database systems, sensing technology,

computer science and systems engineering. The
undergraduate program structure of the department is
carefully designed for students to study multi-disciplinary
major courses as well as liberal arts. Freshman students
start fundamental courses of computer science andsystems engineering, such as mathematics, physics, logic
circuits, and computer engineering. Sophomore students
study both the fundamental and advanced courses
including programming languages, spectrum analysis,
and system analysis. Further junior students mainly takeprojects. Four-year Bachelor's degrees are awarded toundergraduate students. With respect to this department,a new Graduate School of System Informatics isestablished in 2010 with three departments. Master's andDoctoral degrees are awarded to students who havesuccessfully completed the required subjects of an
authorized graduate program. We have accepted many
foreign students and young researchers from more thantwenty countries around the world.

M ASSAGE FROM I NTERNATIONAL S TUDENT

the same time, I had the chance to study theJapanese language and to learn about Japaneseculture. Particularly, I really admire the convenience
YI QIAN【1st grade of the Doctoral Course】 in daily life. You can find convenience stores andvending machines everywhere in streets, and the
My name is Yi Qian and I am from China. I came tocomplex train system could also punctually take you
Kobe University in 2006 to study in the masterto anywhere you want to go. Kobe is one of the mostcourse about systems planning. Now, I am working
beautiful cities in Japan, and the life here is reallyhard for my doctoral course further more because I
interesting and everyday is a new opportunity and aam really attracted by my research on real/virtual
new challenge to learn something different. I firmly
manufacturing system. It has been a wonderful
believe my experience here will help me a lot in myexperience to study in Kobe University where I could
future in terms of personal and professional life.
improve the knowledge in my area of research. At-T HE DIVISION OF S YSTEM DESIGNThe Division of Systems Design is for education andresearch on analysis and synthesis of intelligent systems
and problem-solving processes. The research projects
focus on various issues, including systems planning,systems design, control systems theory, systems
informatics, systems structure, mathematics of systems,
and advanced mechatronics.
*Information about the Graduate of System Informatics can be found from the following homepage: http://www.csi.kobe-u.ac.jp

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Kobe City
The City of Kobe is located to the west of center on the
Mainland of Japan. It is accessible by land, sea, and air todomestic and international destinations. It takes 2 hours
and 50 minutes to get to Tokyo by Shinkansen Bullet Train,
and 1 hour and 20 minutes by plane. Within easy reach of
Kobe, there are several famous cities with many historicalsites and spots of interest, such as Himeji, Kyoto, Nara,
and Osaka.
Ever since it was opened to the world, Kobe has developed
as a cosmopolitan port city where people, goods, andinformation from around the globe are in constant motion.

Now, Kobe has a population of 1.5 million including 45,000
foreign residents from as many as 115 different countries,
and is well known throughout Japan as being an“international city”. With diverse population of foreign
residents and the resulting facilities and amenities
established by and for such foreign communities, Kobe isuniquely qualified to support a comfortably refined lifestyle
for any individual from any country.
Sandwiched by Mt. Rokko in the north and the Inland Sea
of Seto in the South, Kobe is endowed with its overall mild
climate averaging 17.1C(62.8F) with four seasonal changes.

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IDEMITSU SAZO Memorial Rokkodai Auditorium

3

Graduate School of Law / Faculty of Low

4

Library for Social Sciences

5

Research Institute for Economics and Business Administration

6

Graduate school of International Cooperation Studies

7

Student's Hall

8

Academic Hall for Social Sciences

9

Frontier Hall for Social Sciences(EU Institute in Japan, Kansai)

10

Graduate school of Human Development and Environment / Faculty of Human Development (Institute of
Human Development Support)

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Graduate school of Intercultural Studies / Faculty ofIntercultural Studies
General Library / Library for Cross-Cultural Studies

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Institute for Promotion of Higher Education

13

School of Languages and Communication

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Student Center

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Gymnasium

Science and Technology Research Building 1(Organization of Advanced Science and Technology)

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Science and Technology Research Building 2

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Science and Technology Research Building 3

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Science and Technology Research Building 425

Research Center for Environmental Genomics
Biosignal Research Center

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Research Center for Urban Safety and Security

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Photo courtesy of City of Kobe

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Graduate School of System Informatics
Graduate School of Science / Faculty of Science19

Graduate School of Agricultural Science / Faculty ofAgriculture

Development
Development (Venture Business Laboratory)

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Center for Supports to Research and Education
Activities, Radioisotope Division

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Center for Supports to Research and Education
Activities, Cryogenic Division

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Center for Supports to Research and Education
Activities, Instrumental Analysis Division

Graduate School of Humanities / Faculty of Letters
Library for Humanities

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Center for Environmental Management

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Kobe University Centennial Hall
(Rokko Hall / International Student Center)(Secretariat / Medical Center for Student Health)38

Yamaguchi Seishi Memorial House

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Information Science and Technology Center (main)

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Takikawa Memorial Hall

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Information Science and Technology Center (annex)

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Chobo-kan (Guest House)

16 Graduate school of Engineering / Faculty of Engineering

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Library for Human Development Sciences
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Main Building(Graduate School of Economics / Faculty of Economics
Graduate School of Business Administration /School of Business Administration)

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